This process can be regulated by calcium's activation of isocitrate dehydrogenase. In its third step, two molecules of carbon dioxide leave to form alpha-ketoglutarate. At the beginning of this process, two molecules of carbon dioxide are stripped to form an [*] acetaldehyde intermediate, which later becomes acetyl-CoA, and the last step of this process uses FAD to transform two molecules of fumarate to malate. Beginning with two molecules of pyruvate and producing NADH, for 10 points, identify this component of cell respiration between glycolysis and electron transpor
This process can be regulated by calcium's activation of isocitrate dehydrogenase. In its third step, two molecules of carbon dioxide leave to form alpha-ketoglutarate. At the beginning of this process, two molecules of carbon dioxide are stripped to form an [*] acetaldehyde intermediate, which later becomes acetyl-CoA, and the last step of this process uses FAD to transform two molecules of fumarate to malate. Beginning with two molecules of pyruvate and producing NADH, for 10 points, identify this component of cell respiration between glycolysis and electron transport, sometimes known as the citric acid cycle.
This process can be regulated by calcium's activation of isocitrate dehydrogenase.
{Krebs} cycle [accept {citric acid cycle} until read]